CUR-SECTION
ERRS
SECTION
RECORD-ERROR
TEST
REPORT-ERRS
SECTION(2 1)
#t
(+ - ... !.. $.+ %.- &.! *.: /:. :+. <-. =. >. ?. ~. _. ^.)
SECTION(3 4)
#t
DISJOINT-TYPE-FUNCTIONS
TYPE-EXAMPLES
I
 #<procedure BOOLEAN_P>
    #<procedure CHAR_P>
       #<procedure NULL_P>
          #<procedure NUMBER_P>
             #<procedure PAIR_P>
                #<procedure PROCEDURE_P>
                   #<procedure STRING_P>
                      #<procedure SYMBOL_P>
                         #<procedure VECTOR_P>
#<output &output>
(#t #f #f #f #f #f #f #f #f)#t
(#t #f #f #f #f #f #f #f #f)#f
(#f #t #f #f #f #f #f #f #f)#\a
(#f #f #t #f #f #f #f #f #f)()
(#f #f #f #t #f #f #f #f #f)9739
(#f #f #f #f #t #f #f #f #f)(TEST)
(#f #f #f #f #f #t #f #f #f)#<interpreted function RECORD-ERROR>
(#f #f #f #f #f #f #t #f #f)"test"
(#f #f #f #f #f #f #t #f #f)""
(#f #f #f #f #f #f #f #t #f)TEST
(#f #f #f #f #f #f #f #f #t)#()
(#f #f #f #f #f #f #f #f #t)#(A B C)
TYPE-MATRIX
SECTION(4 1 2)
#t
(QUOTE (QUOTE A))  ==> (QUOTE A)
#t
(QUOTE (QUOTE A))  ==> (QUOTE A)
#t
SECTION(4 1 3)
#t
(#<procedure MULTIPLY> 3 4)  ==> 12
#t
SECTION(4 1 4)
#t
(#<interpreted function ???> 4)  ==> 8
#t
REVERSE-SUBTRACT
(#<interpreted function REVERSE-SUBTRACT> 7 10)  ==> 3
#t
ADD4
(#<interpreted function ADD4> 6)  ==> 10
#t
(#<interpreted function ???> 3 4 5 6)  ==> (3 4 5 6)
#t
(#<interpreted function ???> 3 4 5 6)  ==> (5 6)
#t
SECTION(4 1 5)
#t
(IF YES)  ==> YES
#t
(IF NO)  ==> NO
#t
(IF 1)  ==> 1
#t
SECTION(4 1 6)
#t
X
(DEFINE 3)  ==> 3
#t
4
(SET! 5)  ==> 5
#t
SECTION(4 2 1)
#t
(COND GREATER)  ==> GREATER
#t
(COND EQUAL)  ==> EQUAL
#t
(COND 2)  ==> 2
#t
(CASE COMPOSITE)  ==> COMPOSITE
#t
(CASE CONSONANT)  ==> CONSONANT
#t
(AND #t)  ==> #t
#t
(AND #f)  ==> #f
#t
(AND (F G))  ==> (F G)
#t
(AND #t)  ==> #t
#t
(OR #t)  ==> #t
#t
(OR #t)  ==> #t
#t
(OR #f)  ==> #f
#t
(OR #f)  ==> #f
#t
(OR (B C))  ==> (B C)
#t
SECTION(4 2 2)
#t
(LET 6)  ==> 6
#t
(LET 35)  ==> 35
#t
(LET* 70)  ==> 70
#t
(LETREC #t)  ==> #t
#t
X
(LET 5)  ==> 5
#t
(LET 34)  ==> 34
#t
(LET 6)  ==> 6
#t
(LET 34)  ==> 34
#t
(LET* 7)  ==> 7
#t
(LET* 34)  ==> 34
#t
(LET* 8)  ==> 8
#t
(LET* 34)  ==> 34
#t
(LETREC 9)  ==> 9
#t
(LETREC 34)  ==> 34
#t
(LETREC 10)  ==> 10
#t
(LETREC 34)  ==> 34
#t
SECTION(4 2 3)
#t
X
(BEGIN 6)  ==> 6
#t
SECTION(4 2 4)
#t
(DO #(0 1 2 3 4))  ==> #(0 1 2 3 4)
#t
(DO 25)  ==> 25
#t
(LET 1)  ==> 1
#t
(LET ((6 1 3) (-5 -2)))  ==> ((6 1 3) (-5 -2))
#t
SECTION(4 2 6)
#t
(QUASIQUOTE (LIST 3 4))  ==> (LIST 3 4)
#t
(QUASIQUOTE (LIST A (QUOTE A)))  ==> (LIST A (QUOTE A))
#t
(QUASIQUOTE (A 3 4 5 6 B))  ==> (A 3 4 5 6 B)
#t
(QUASIQUOTE ((FOO 7) . CONS))  ==> ((FOO 7) . CONS)
#t
SQT
(QUASIQUOTE #(10 5 2 4 3 8))  ==> #(10 5 2 4 3 8)
#t
(QUASIQUOTE 5)  ==> 5
#t
(QUASIQUOTE (A (QUASIQUOTE (B (UNQUOTE (+ 1 2)) (UNQUOTE (FOO 4 D)) E)) F))  ==> (A (QUASIQUOTE (B (UNQUOTE (+ 1 2)) (UNQUOTE (FOO 4 D)) E)) F)
#t
(QUASIQUOTE (A (QUASIQUOTE (B (UNQUOTE X) (UNQUOTE (QUOTE Y)) D)) E))  ==> (A (QUASIQUOTE (B (UNQUOTE X) (UNQUOTE (QUOTE Y)) D)) E)
#t
(QUASIQUOTE (LIST 3 4))  ==> (LIST 3 4)
#t
(QUASIQUOTE (QUASIQUOTE (LIST (UNQUOTE (+ 1 2)) 4)))  ==> (QUASIQUOTE (LIST (UNQUOTE (+ 1 2)) 4))
#t
SECTION(5 2 1)
#t
ADD3
(DEFINE 6)  ==> 6
#t
FIRST
(DEFINE 1)  ==> 1
#t
SECTION(5 2 2)
#t
(DEFINE 45)  ==> 45
#t
X
FOO
(#<interpreted function FOO>)  ==> 5
#t
(DEFINE 34)  ==> 34
#t
FOO
(#<interpreted function FOO>)  ==> 5
#t
(DEFINE 34)  ==> 34
#t
FOO
(#<interpreted function FOO> 88)  ==> 88
#t
(#<interpreted function FOO> 4)  ==> 4
#t
(DEFINE 34)  ==> 34
#t
SECTION(6 1)
#t
(#<procedure NOT> #t)  ==> #f
#t
(#<procedure NOT> 3)  ==> #f
#t
(#<procedure NOT> (3))  ==> #f
#t
(#<procedure NOT> #f)  ==> #t
#t
(#<procedure NOT> ())  ==> #f
#t
(#<procedure NOT> ())  ==> #f
#t
(#<procedure NOT> NIL)  ==> #f
#t
(#<procedure BOOLEAN_P> #f)  ==> #t
#t
(#<procedure BOOLEAN_P> 0)  ==> #f
#t
(#<procedure BOOLEAN_P> ())  ==> #f
#t
SECTION(6 2)
#t
(#<procedure EQV_P> A A)  ==> #t
#t
(#<procedure EQV_P> A B)  ==> #f
#t
(#<procedure EQV_P> 2 2)  ==> #t
#t
(#<procedure EQV_P> () ())  ==> #t
#t
(#<procedure EQV_P> 10000 10000)  ==> #t
#t
(#<procedure EQV_P> (1 . 2) (1 . 2))  ==> #f
#t
(#<procedure EQV_P> #<interpreted function ???> #<interpreted function ???>)  ==> #f
#t
(#<procedure EQV_P> #f NIL)  ==> #f
#t
(#<procedure EQV_P> #<interpreted function ???> #<interpreted function ???>)  ==> #t
#t
GEN-COUNTER
(#<procedure EQV_P> #<interpreted function ???> #<interpreted function ???>)  ==> #t
#t
(#<procedure EQV_P> #<interpreted function ???> #<interpreted function ???>)  ==> #f
#t
(#<procedure EQV_P> #<interpreted function ???> #<interpreted function ???>)  ==> #f
#t
(#<procedure EQ_P> A A)  ==> #t
#t
(#<procedure EQ_P> (A) (A))  ==> #f
#t
(#<procedure EQ_P> () ())  ==> #t
#t
(#<procedure EQ_P> #<procedure CAR> #<procedure CAR>)  ==> #t
#t
(#<procedure EQ_P> (A) (A))  ==> #t
#t
(#<procedure EQ_P> #() #())  ==> #t
#t
(#<procedure EQ_P> #<interpreted function ???> #<interpreted function ???>)  ==> #t
#t
(#<procedure EQUAL_P> A A)  ==> #t
#t
(#<procedure EQUAL_P> (A) (A))  ==> #t
#t
(#<procedure EQUAL_P> (A (B) C) (A (B) C))  ==> #t
#t
(#<procedure EQUAL_P> "abc" "abc")  ==> #t
#t
(#<procedure EQUAL_P> 2 2)  ==> #t
#t
(#<procedure EQUAL_P> #(A A A A A) #(A A A A A))  ==> #t
#t
SECTION(6 3)
#t
(DOT (A B C D E))  ==> (A B C D E)
#t
X
Y
(#<procedure LIST_P> (A B C))  ==> #t
#t
4
(SET-CDR! (A . 4))  ==> (A . 4)
#t
(#<procedure EQV_P> (A . 4) (A . 4))  ==> #t
#t
(DOT (A B C . D))  ==> (A B C . D)
#t
(#<procedure LIST_P> (A . 4))  ==> #f
#t
(LIST? #f)  ==> #f
#t
(#<procedure PAIR_P> (A . B))  ==> #t
#t
(#<procedure PAIR_P> (A . 1))  ==> #t
#t
(#<procedure PAIR_P> (A B C))  ==> #t
#t
(#<procedure PAIR_P> ())  ==> #f
#t
(#<procedure PAIR_P> #(A B))  ==> #f
#t
(#<procedure CONS> A ())  ==> (A)
#t
(#<procedure CONS> (A) (B C D))  ==> ((A) B C D)
#t
(#<procedure CONS> "a" (B C))  ==> ("a" B C)
#t
(#<procedure CONS> A 3)  ==> (A . 3)
#t
(#<procedure CONS> (A B) C)  ==> ((A B) . C)
#t
(#<procedure CAR> (A B C))  ==> A
#t
(#<procedure CAR> ((A) B C D))  ==> (A)
#t
(#<procedure CAR> (1 . 2))  ==> 1
#t
(#<procedure CDR> ((A) B C D))  ==> (B C D)
#t
(#<procedure CDR> (1 . 2))  ==> 2
#t
(#<procedure LIST> A 7 C)  ==> (A 7 C)
#t
(#<procedure LIST>)  ==> ()
#t
(#<procedure LENGTH> (A B C))  ==> 3
#t
(#<procedure LENGTH> (A (B) (C D E)))  ==> 3
#t
(#<procedure LENGTH> ())  ==> 0
#t
(#<procedure APPEND> (X) (Y))  ==> (X Y)
#t
(#<procedure APPEND> (A) (B C D))  ==> (A B C D)
#t
(#<procedure APPEND> (A (B)) ((C)))  ==> (A (B) (C))
#t
(#<procedure APPEND>)  ==> ()
#t
(#<procedure APPEND> (A B) (C . D))  ==> (A B C . D)
#t
(#<procedure APPEND> () A)  ==> A
#t
(#<procedure REVERSE> (A B C))  ==> (C B A)
#t
(#<procedure REVERSE> (A (B C) D (E (F))))  ==> ((E (F)) D (B C) A)
#t
(#<procedure LIST_REF> (A B C D) 2)  ==> C
#t
(#<procedure MEMQ> A (A B C))  ==> (A B C)
#t
(#<procedure MEMQ> B (A B C))  ==> (B C)
#t
(#<procedure MEMQ> A (B C D))  ==> #f
#t
(#<procedure MEMQ> (A) (B (A) C))  ==> #f
#t
(#<procedure MEMBER> (A) (B (A) C))  ==> ((A) C)
#t
(#<procedure MEMV> 101 (100 101 102))  ==> (101 102)
#t
E
(#<procedure ASSQ> A ((A 1) (B 2) (C 3)))  ==> (A 1)
#t
(#<procedure ASSQ> B ((A 1) (B 2) (C 3)))  ==> (B 2)
#t
(#<procedure ASSQ> D ((A 1) (B 2) (C 3)))  ==> #f
#t
(#<procedure ASSQ> (A) (((A)) ((B)) ((C))))  ==> #f
#t
(#<procedure ASSOC> (A) (((A)) ((B)) ((C))))  ==> ((A))
#t
(#<procedure ASSV> 5 ((2 3) (5 7) (11 13)))  ==> (5 7)
#t
SECTION(6 4)
#t
(#<procedure SYMBOL_P> FOO)  ==> #t
#t
(#<procedure SYMBOL_P> A)  ==> #t
#t
(#<procedure SYMBOL_P> "bar")  ==> #f
#t
(#<procedure SYMBOL_P> NIL)  ==> #t
#t
(#<procedure SYMBOL_P> ())  ==> #f
#t
(#<procedure SYMBOL_P> #f)  ==> #f
#t
CHAR-STANDARD-CASE
#f
(STANDARD-CASE #t)  ==> #t
#t
(STANDARD-CASE #t)  ==> #t
#t
STR-COPY
STRING-STANDARD-CASE
(#<procedure SYMBOL_2_STRING> FLYING-FISH)  ==> "FLYING-FISH"
#t
(#<procedure SYMBOL_2_STRING> MARTIN)  ==> "MARTIN"
#t
(#<procedure SYMBOL_2_STRING> |Malvina|)  ==> "Malvina"
#t
(STANDARD-CASE #t)  ==> #t
#t
X
Y
"cb"
(STRING-SET! "cb")  ==> "cb"
#t
(#<procedure SYMBOL_2_STRING> |ab|)  ==> "ab"
#t
(#<procedure STRING_2_SYMBOL> "ab")  ==> |ab|
#t
(#<procedure EQ_P> MISSISSIPPI MISSISSIPPI)  ==> #t
#t
(STRING->SYMBOL #f)  ==> #f
#t
(#<procedure STRING_2_SYMBOL> "JOLLYWOG")  ==> JOLLYWOG
#t
SECTION(6 5 5)
#t
(#<procedure NUMBER_P> 3)  ==> #t
#t
(#<procedure COMPLEX_P> 3)  ==> #t
#t
(#<procedure REAL_P> 3)  ==> #t
#t
(#<procedure RATIONAL_P> 3)  ==> #t
#t
(#<procedure INTEGER_P> 3)  ==> #t
#t
(#<procedure EXACT_P> 3)  ==> #t
#t
(#<procedure INEXACT_P> 3)  ==> #f
#t
(#<procedure EQ> 22 22 22)  ==> #t
#t
(#<procedure EQ> 22 22)  ==> #t
#t
(#<procedure EQ> 34 34 35)  ==> #f
#t
(#<procedure EQ> 34 35)  ==> #f
#t
(#<procedure GT> 3 -6246)  ==> #t
#t
(#<procedure GT> 9 9 -2424)  ==> #f
#t
(#<procedure GE> 3 -4 -6246)  ==> #t
#t
(#<procedure GE> 9 9)  ==> #t
#t
(#<procedure GE> 8 9)  ==> #f
#t
(#<procedure LT> -1 2 3 4 5 6 7 8)  ==> #t
#t
(#<procedure LT> -1 2 3 4 4 5 6 7)  ==> #f
#t
(#<procedure LE> -1 2 3 4 5 6 7 8)  ==> #t
#t
(#<procedure LE> -1 2 3 4 4 5 6 7)  ==> #t
#t
(#<procedure LT> 1 3 2)  ==> #f
#t
(#<procedure GE> 1 3 2)  ==> #f
#t
(#<procedure ZERO_P> 0)  ==> #t
#t
(#<procedure ZERO_P> 1)  ==> #f
#t
(#<procedure ZERO_P> -1)  ==> #f
#t
(#<procedure ZERO_P> -100)  ==> #f
#t
(#<procedure POSITIVE_P> 4)  ==> #t
#t
(#<procedure POSITIVE_P> -4)  ==> #f
#t
(#<procedure POSITIVE_P> 0)  ==> #f
#t
(#<procedure NEGATIVE_P> 4)  ==> #f
#t
(#<procedure NEGATIVE_P> -4)  ==> #t
#t
(#<procedure NEGATIVE_P> 0)  ==> #f
#t
(#<procedure ODD_P> 3)  ==> #t
#t
(#<procedure ODD_P> 2)  ==> #f
#t
(#<procedure ODD_P> -4)  ==> #f
#t
(#<procedure ODD_P> -1)  ==> #t
#t
(#<procedure EVEN_P> 3)  ==> #f
#t
(#<procedure EVEN_P> 2)  ==> #t
#t
(#<procedure EVEN_P> -4)  ==> #t
#t
(#<procedure EVEN_P> -1)  ==> #f
#t
(#<procedure MAX> 34 5 7 38 6)  ==> 38
#t
(#<procedure MIN> 3 5 5 330 4 -24)  ==> -24
#t
(#<procedure ADD> 3 4)  ==> 7
#t
(#<procedure ADD> 3)  ==> 3
#t
(#<procedure ADD>)  ==> 0
#t
(#<procedure MULTIPLY> 4)  ==> 4
#t
(#<procedure MULTIPLY>)  ==> 1
#t
(#<procedure SUBTRACT> 3 4)  ==> -1
#t
(#<procedure SUBTRACT> 3)  ==> -3
#t
(#<procedure ABS> -7)  ==> 7
#t
(#<procedure ABS> 7)  ==> 7
#t
(#<procedure ABS> 0)  ==> 0
#t
(#<procedure QUOTIENT> 35 7)  ==> 5
#t
(#<procedure QUOTIENT> -35 7)  ==> -5
#t
(#<procedure QUOTIENT> 35 -7)  ==> -5
#t
(#<procedure QUOTIENT> -35 -7)  ==> 5
#t
(#<procedure MODULO> 13 4)  ==> 1
#t
(#<procedure REMAINDER> 13 4)  ==> 1
#t
(#<procedure MODULO> -13 4)  ==> 3
#t
(#<procedure REMAINDER> -13 4)  ==> -1
#t
(#<procedure MODULO> 13 -4)  ==> -3
#t
(#<procedure REMAINDER> 13 -4)  ==> 1
#t
(#<procedure MODULO> -13 -4)  ==> -1
#t
(#<procedure REMAINDER> -13 -4)  ==> -1
#t
DIVTEST
(#<interpreted function DIVTEST> 238 9)  ==> #t
#t
(#<interpreted function DIVTEST> -238 9)  ==> #t
#t
(#<interpreted function DIVTEST> 238 -9)  ==> #t
#t
(#<interpreted function DIVTEST> -238 -9)  ==> #t
#t
(#<procedure GCD> 0 4)  ==> 4
#t
(#<procedure GCD> -4 0)  ==> 4
#t
(#<procedure GCD> 32 -36)  ==> 4
#t
(#<procedure GCD>)  ==> 0
#t
(#<procedure LCM> 32 -36)  ==> 288
#t
(#<procedure LCM>)  ==> 1
#t
TEST-INEXACT
TEST-BIGNUM
SECTION(6 5 6)
#t
(#<procedure NUMBER_2_STRING> 0)  ==> "0"
#t
(#<procedure NUMBER_2_STRING> 100)  ==> "100"
#t
(#<procedure NUMBER_2_STRING> 256 16)  ==> "100"
#t
(#<procedure STRING_2_NUMBER> "100")  ==> 100
#t
(#<procedure STRING_2_NUMBER> "100" 16)  ==> 256
#t
(#<procedure STRING_2_NUMBER> "")  ==> #f
#t
(#<procedure STRING_2_NUMBER> ".")  ==> #f
#t
(#<procedure STRING_2_NUMBER> "d")  ==> #f
#t
(#<procedure STRING_2_NUMBER> "D")  ==> #f
#t
(#<procedure STRING_2_NUMBER> "i")  ==> #f
#t
(#<procedure STRING_2_NUMBER> "I")  ==> #f
#t
(#<procedure STRING_2_NUMBER> "3i")  ==> #f
#t
(#<procedure STRING_2_NUMBER> "3I")  ==> #f
#t
(#<procedure STRING_2_NUMBER> "33i")  ==> #f
#t
(#<procedure STRING_2_NUMBER> "33I")  ==> #f
#t
(#<procedure STRING_2_NUMBER> "3.3i")  ==> #f
#t
(#<procedure STRING_2_NUMBER> "3.3I")  ==> #f
#t
(#<procedure STRING_2_NUMBER> "-")  ==> #f
#t
(#<procedure STRING_2_NUMBER> "+")  ==> #f
#t
SECTION(6 6)
#t
(#<procedure EQV_P> #\space #\space)  ==> #t
#t
(#<procedure EQV_P> #\space #\space)  ==> #t
#t
(#<procedure CHAR_P> #\a)  ==> #t
#t
(#<procedure CHAR_P> #\()  ==> #t
#t
(#<procedure CHAR_P> #\space)  ==> #t
#t
(#<procedure CHAR_P> #\newline)  ==> #t
#t
(#<procedure CHAR_EQ> #\A #\B)  ==> #f
#t
(#<procedure CHAR_EQ> #\a #\b)  ==> #f
#t
(#<procedure CHAR_EQ> #\9 #\0)  ==> #f
#t
(#<procedure CHAR_EQ> #\A #\A)  ==> #t
#t
(#<procedure CHAR_LT> #\A #\B)  ==> #t
#t
(#<procedure CHAR_LT> #\a #\b)  ==> #t
#t
(#<procedure CHAR_LT> #\9 #\0)  ==> #f
#t
(#<procedure CHAR_LT> #\A #\A)  ==> #f
#t
(#<procedure CHAR_GT> #\A #\B)  ==> #f
#t
(#<procedure CHAR_GT> #\a #\b)  ==> #f
#t
(#<procedure CHAR_GT> #\9 #\0)  ==> #t
#t
(#<procedure CHAR_GT> #\A #\A)  ==> #f
#t
(#<procedure CHAR_LE> #\A #\B)  ==> #t
#t
(#<procedure CHAR_LE> #\a #\b)  ==> #t
#t
(#<procedure CHAR_LE> #\9 #\0)  ==> #f
#t
(#<procedure CHAR_LE> #\A #\A)  ==> #t
#t
(#<procedure CHAR_GE> #\A #\B)  ==> #f
#t
(#<procedure CHAR_GE> #\a #\b)  ==> #f
#t
(#<procedure CHAR_GE> #\9 #\0)  ==> #t
#t
(#<procedure CHAR_GE> #\A #\A)  ==> #t
#t
(#<procedure CHAR_CI_EQ> #\A #\B)  ==> #f
#t
(#<procedure CHAR_CI_EQ> #\a #\B)  ==> #f
#t
(#<procedure CHAR_CI_EQ> #\A #\b)  ==> #f
#t
(#<procedure CHAR_CI_EQ> #\a #\b)  ==> #f
#t
(#<procedure CHAR_CI_EQ> #\9 #\0)  ==> #f
#t
(#<procedure CHAR_CI_EQ> #\A #\A)  ==> #t
#t
(#<procedure CHAR_CI_EQ> #\A #\a)  ==> #t
#t
(#<procedure CHAR_CI_LT> #\A #\B)  ==> #t
#t
(#<procedure CHAR_CI_LT> #\a #\B)  ==> #t
#t
(#<procedure CHAR_CI_LT> #\A #\b)  ==> #t
#t
(#<procedure CHAR_CI_LT> #\a #\b)  ==> #t
#t
(#<procedure CHAR_CI_LT> #\9 #\0)  ==> #f
#t
(#<procedure CHAR_CI_LT> #\A #\A)  ==> #f
#t
(#<procedure CHAR_CI_LT> #\A #\a)  ==> #f
#t
(#<procedure CHAR_CI_GT> #\A #\B)  ==> #f
#t
(#<procedure CHAR_CI_GT> #\a #\B)  ==> #f
#t
(#<procedure CHAR_CI_GT> #\A #\b)  ==> #f
#t
(#<procedure CHAR_CI_GT> #\a #\b)  ==> #f
#t
(#<procedure CHAR_CI_GT> #\9 #\0)  ==> #t
#t
(#<procedure CHAR_CI_GT> #\A #\A)  ==> #f
#t
(#<procedure CHAR_CI_GT> #\A #\a)  ==> #f
#t
(#<procedure CHAR_CI_LE> #\A #\B)  ==> #t
#t
(#<procedure CHAR_CI_LE> #\a #\B)  ==> #t
#t
(#<procedure CHAR_CI_LE> #\A #\b)  ==> #t
#t
(#<procedure CHAR_CI_LE> #\a #\b)  ==> #t
#t
(#<procedure CHAR_CI_LE> #\9 #\0)  ==> #f
#t
(#<procedure CHAR_CI_LE> #\A #\A)  ==> #t
#t
(#<procedure CHAR_CI_LE> #\A #\a)  ==> #t
#t
(#<procedure CHAR_CI_GE> #\A #\B)  ==> #f
#t
(#<procedure CHAR_CI_GE> #\a #\B)  ==> #f
#t
(#<procedure CHAR_CI_GE> #\A #\b)  ==> #f
#t
(#<procedure CHAR_CI_GE> #\a #\b)  ==> #f
#t
(#<procedure CHAR_CI_GE> #\9 #\0)  ==> #t
#t
(#<procedure CHAR_CI_GE> #\A #\A)  ==> #t
#t
(#<procedure CHAR_CI_GE> #\A #\a)  ==> #t
#t
(#<procedure CHAR_ALPHABETIC_P> #\a)  ==> #t
#t
(#<procedure CHAR_ALPHABETIC_P> #\A)  ==> #t
#t
(#<procedure CHAR_ALPHABETIC_P> #\z)  ==> #t
#t
(#<procedure CHAR_ALPHABETIC_P> #\Z)  ==> #t
#t
(#<procedure CHAR_ALPHABETIC_P> #\0)  ==> #f
#t
(#<procedure CHAR_ALPHABETIC_P> #\9)  ==> #f
#t
(#<procedure CHAR_ALPHABETIC_P> #\space)  ==> #f
#t
(#<procedure CHAR_ALPHABETIC_P> #\;)  ==> #f
#t
(#<procedure CHAR_NUMERIC_P> #\a)  ==> #f
#t
(#<procedure CHAR_NUMERIC_P> #\A)  ==> #f
#t
(#<procedure CHAR_NUMERIC_P> #\z)  ==> #f
#t
(#<procedure CHAR_NUMERIC_P> #\Z)  ==> #f
#t
(#<procedure CHAR_NUMERIC_P> #\0)  ==> #t
#t
(#<procedure CHAR_NUMERIC_P> #\9)  ==> #t
#t
(#<procedure CHAR_NUMERIC_P> #\space)  ==> #f
#t
(#<procedure CHAR_NUMERIC_P> #\;)  ==> #f
#t
(#<procedure CHAR_WHITESPACE_P> #\a)  ==> #f
#t
(#<procedure CHAR_WHITESPACE_P> #\A)  ==> #f
#t
(#<procedure CHAR_WHITESPACE_P> #\z)  ==> #f
#t
(#<procedure CHAR_WHITESPACE_P> #\Z)  ==> #f
#t
(#<procedure CHAR_WHITESPACE_P> #\0)  ==> #f
#t
(#<procedure CHAR_WHITESPACE_P> #\9)  ==> #f
#t
(#<procedure CHAR_WHITESPACE_P> #\space)  ==> #t
#t
(#<procedure CHAR_WHITESPACE_P> #\;)  ==> #f
#t
(#<procedure CHAR_UPPER_CASE_P> #\0)  ==> #f
#t
(#<procedure CHAR_UPPER_CASE_P> #\9)  ==> #f
#t
(#<procedure CHAR_UPPER_CASE_P> #\space)  ==> #f
#t
(#<procedure CHAR_UPPER_CASE_P> #\;)  ==> #f
#t
(#<procedure CHAR_LOWER_CASE_P> #\0)  ==> #f
#t
(#<procedure CHAR_LOWER_CASE_P> #\9)  ==> #f
#t
(#<procedure CHAR_LOWER_CASE_P> #\space)  ==> #f
#t
(#<procedure CHAR_LOWER_CASE_P> #\;)  ==> #f
#t
(#<procedure INTEGER_2_CHAR> 46)  ==> #\.
#t
(#<procedure INTEGER_2_CHAR> 65)  ==> #\A
#t
(#<procedure INTEGER_2_CHAR> 97)  ==> #\a
#t
(#<procedure CHAR_UPCASE> #\A)  ==> #\A
#t
(#<procedure CHAR_UPCASE> #\a)  ==> #\A
#t
(#<procedure CHAR_DOWNCASE> #\A)  ==> #\a
#t
(#<procedure CHAR_DOWNCASE> #\a)  ==> #\a
#t
SECTION(6 7)
#t
(#<procedure STRING_P> "The word \"recursion\\\" has many meanings.")  ==> #t
#t
(#<procedure STRING_P> "")  ==> #t
#t
F
(STRING-SET! "?**")  ==> "?**"
#t
(#<procedure STRING> #\a #\b #\c)  ==> "abc"
#t
(#<procedure STRING>)  ==> ""
#t
(#<procedure STRING_LENGTH> "abc")  ==> 3
#t
(#<procedure STRING_REF> "abc" 0)  ==> #\a
#t
(#<procedure STRING_REF> "abc" 2)  ==> #\c
#t
(#<procedure STRING_LENGTH> "")  ==> 0
#t
(#<procedure SUBSTRING> "ab" 0 0)  ==> ""
#t
(#<procedure SUBSTRING> "ab" 1 1)  ==> ""
#t
(#<procedure SUBSTRING> "ab" 2 2)  ==> ""
#t
(#<procedure SUBSTRING> "ab" 0 1)  ==> "a"
#t
(#<procedure SUBSTRING> "ab" 1 2)  ==> "b"
#t
(#<procedure SUBSTRING> "ab" 0 2)  ==> "ab"
#t
(#<procedure STRING_APPEND> "foo" "bar")  ==> "foobar"
#t
(#<procedure STRING_APPEND> "foo")  ==> "foo"
#t
(#<procedure STRING_APPEND> "foo" "")  ==> "foo"
#t
(#<procedure STRING_APPEND> "" "foo")  ==> "foo"
#t
(#<procedure STRING_APPEND>)  ==> ""
#t
(#<procedure MAKE_STRING> 0)  ==> ""
#t
(#<procedure STRING_EQ> "" "")  ==> #t
#t
(#<procedure STRING_LT> "" "")  ==> #f
#t
(#<procedure STRING_GT> "" "")  ==> #f
#t
(#<procedure STRING_LE> "" "")  ==> #t
#t
(#<procedure STRING_GE> "" "")  ==> #t
#t
(#<procedure STRING_CI_EQ> "" "")  ==> #t
#t
(#<procedure STRING_CI_LT> "" "")  ==> #f
#t
(#<procedure STRING_CI_GT> "" "")  ==> #f
#t
(#<procedure STRING_CI_LE> "" "")  ==> #t
#t
(#<procedure STRING_CI_GE> "" "")  ==> #t
#t
(#<procedure STRING_EQ> "A" "B")  ==> #f
#t
(#<procedure STRING_EQ> "a" "b")  ==> #f
#t
(#<procedure STRING_EQ> "9" "0")  ==> #f
#t
(#<procedure STRING_EQ> "A" "A")  ==> #t
#t
(#<procedure STRING_LT> "A" "B")  ==> #t
#t
(#<procedure STRING_LT> "a" "b")  ==> #t
#t
(#<procedure STRING_LT> "9" "0")  ==> #f
#t
(#<procedure STRING_LT> "A" "A")  ==> #f
#t
(#<procedure STRING_GT> "A" "B")  ==> #f
#t
(#<procedure STRING_GT> "a" "b")  ==> #f
#t
(#<procedure STRING_GT> "9" "0")  ==> #t
#t
(#<procedure STRING_GT> "A" "A")  ==> #f
#t
(#<procedure STRING_LE> "A" "B")  ==> #t
#t
(#<procedure STRING_LE> "a" "b")  ==> #t
#t
(#<procedure STRING_LE> "9" "0")  ==> #f
#t
(#<procedure STRING_LE> "A" "A")  ==> #t
#t
(#<procedure STRING_GE> "A" "B")  ==> #f
#t
(#<procedure STRING_GE> "a" "b")  ==> #f
#t
(#<procedure STRING_GE> "9" "0")  ==> #t
#t
(#<procedure STRING_GE> "A" "A")  ==> #t
#t
(#<procedure STRING_CI_EQ> "A" "B")  ==> #f
#t
(#<procedure STRING_CI_EQ> "a" "B")  ==> #f
#t
(#<procedure STRING_CI_EQ> "A" "b")  ==> #f
#t
(#<procedure STRING_CI_EQ> "a" "b")  ==> #f
#t
(#<procedure STRING_CI_EQ> "9" "0")  ==> #f
#t
(#<procedure STRING_CI_EQ> "A" "A")  ==> #t
#t
(#<procedure STRING_CI_EQ> "A" "a")  ==> #t
#t
(#<procedure STRING_CI_LT> "A" "B")  ==> #t
#t
(#<procedure STRING_CI_LT> "a" "B")  ==> #t
#t
(#<procedure STRING_CI_LT> "A" "b")  ==> #t
#t
(#<procedure STRING_CI_LT> "a" "b")  ==> #t
#t
(#<procedure STRING_CI_LT> "9" "0")  ==> #f
#t
(#<procedure STRING_CI_LT> "A" "A")  ==> #f
#t
(#<procedure STRING_CI_LT> "A" "a")  ==> #f
#t
(#<procedure STRING_CI_GT> "A" "B")  ==> #f
#t
(#<procedure STRING_CI_GT> "a" "B")  ==> #f
#t
(#<procedure STRING_CI_GT> "A" "b")  ==> #f
#t
(#<procedure STRING_CI_GT> "a" "b")  ==> #f
#t
(#<procedure STRING_CI_GT> "9" "0")  ==> #t
#t
(#<procedure STRING_CI_GT> "A" "A")  ==> #f
#t
(#<procedure STRING_CI_GT> "A" "a")  ==> #f
#t
(#<procedure STRING_CI_LE> "A" "B")  ==> #t
#t
(#<procedure STRING_CI_LE> "a" "B")  ==> #t
#t
(#<procedure STRING_CI_LE> "A" "b")  ==> #t
#t
(#<procedure STRING_CI_LE> "a" "b")  ==> #t
#t
(#<procedure STRING_CI_LE> "9" "0")  ==> #f
#t
(#<procedure STRING_CI_LE> "A" "A")  ==> #t
#t
(#<procedure STRING_CI_LE> "A" "a")  ==> #t
#t
(#<procedure STRING_CI_GE> "A" "B")  ==> #f
#t
(#<procedure STRING_CI_GE> "a" "B")  ==> #f
#t
(#<procedure STRING_CI_GE> "A" "b")  ==> #f
#t
(#<procedure STRING_CI_GE> "a" "b")  ==> #f
#t
(#<procedure STRING_CI_GE> "9" "0")  ==> #t
#t
(#<procedure STRING_CI_GE> "A" "A")  ==> #t
#t
(#<procedure STRING_CI_GE> "A" "a")  ==> #t
#t
SECTION(6 8)
#t
(#<procedure VECTOR_P> #(0 (2 2 2 2) "Anna"))  ==> #t
#t
(#<procedure VECTOR_P> #())  ==> #t
#t
(#<procedure VECTOR> A B C)  ==> #(A B C)
#t
(#<procedure VECTOR>)  ==> #()
#t
(#<procedure VECTOR_LENGTH> #(0 (2 2 2 2) "Anna"))  ==> 3
#t
(#<procedure VECTOR_LENGTH> #())  ==> 0
#t
(#<procedure VECTOR_REF> #(1 1 2 3 5 8 13 21) 5)  ==> 8
#t
(VECTOR-SET #(0 ("Sue" "Sue") "Anna"))  ==> #(0 ("Sue" "Sue") "Anna")
#t
(#<procedure MAKE_VECTOR> 2 HI)  ==> #(HI HI)
#t
(#<procedure MAKE_VECTOR> 0)  ==> #()
#t
(#<procedure MAKE_VECTOR> 0 A)  ==> #()
#t
SECTION(6 9)
#t
(#<procedure PROCEDURE_P> #<procedure CAR>)  ==> #t
#t
(#<procedure PROCEDURE_P> CAR)  ==> #f
#t
(#<procedure PROCEDURE_P> #<interpreted function ???>)  ==> #t
#t
(#<procedure PROCEDURE_P> (LAMBDA (X) (* X X)))  ==> #f
#t
(#<procedure CALL_WITH_CURRENT_CONTINUATION> #<procedure PROCEDURE_P>)  ==> #t
#t
(#<procedure APPLY> #<procedure ADD> (3 4))  ==> 7
#t
(#<procedure APPLY> #<interpreted function ???> (3 4))  ==> 7
#t
(#<procedure APPLY> #<procedure ADD> 10 (3 4))  ==> 17
#t
(#<procedure APPLY> #<procedure LIST> ())  ==> ()
#t
COMPOSE
(#<interpreted function ???> 12 75)  ==> 30
#t
(#<procedure MAP> #<procedure CXXR> ((A B) (D E) (G H)))  ==> (B E H)
#t
(#<procedure MAP> #<procedure ADD> (1 2 3) (4 5 6))  ==> (5 7 9)
#t
(FOR-EACH #(0 1 4 9 16))  ==> #(0 1 4 9 16)
#t
(#<procedure CALL_WITH_CURRENT_CONTINUATION> #<interpreted function ???>)  ==> -3
#t
LIST-LENGTH
(#<interpreted function LIST-LENGTH> (1 2 3 4))  ==> 4
#t
(#<interpreted function LIST-LENGTH> (A B . C))  ==> #f
#t
(#<procedure MAP> #<procedure CXXR> ())  ==> ()
#t
NEXT-LEAF-GENERATOR
LEAF-EQ?
TEST-CONT
TEST-DELAY
SECTION(6 10 1)
#t
(#<procedure INPUT_PORT_P> #<input &input>)  ==> #t
#t
(#<procedure OUTPUT_PORT_P> #<output &output>)  ==> #t
#t
(#<procedure CALL_WITH_INPUT_FILE> "test.scm" #<procedure INPUT_PORT_P>)  ==> #t
#t
THIS-FILE
(#<procedure INPUT_PORT_P> #<input file(test.scm)>)  ==> #t
#t
SECTION(6 10 2)
#t
(#<procedure PEEK_CHAR> #<input file(test.scm)>)  ==> #\;
#t
(#<procedure READ_CHAR> #<input file(test.scm)>)  ==> #\;
#t
(#<procedure READ> #<input file(test.scm)>)  ==> (DEFINE CUR-SECTION (QUOTE ()))
#t
(#<procedure PEEK_CHAR> #<input file(test.scm)>)  ==> #\(
#t
(#<procedure READ> #<input file(test.scm)>)  ==> (DEFINE ERRS (QUOTE ()))
#t
#<input file(test.scm)>
#<input file(test.scm)>
CHECK-TEST-FILE
SECTION(6 10 3)
#t
WRITE-TEST-OBJ
DISPLAY-TEST-OBJ
LOAD-TEST-OBJ
(#<procedure CALL_WITH_OUTPUT_FILE> "tmp1" #<interpreted function ???>)  ==> #t
#t
(#<procedure READ> #<input file(tmp1)>)  ==> (DEFINE FOO (QUOTE (#t #f #\a () 9739 -3 . #((TEST) "te \" \" st" "" TEST #() B C))))
(#<procedure EOF_OBJECT_P> #<eof>)  ==> #t
(#<procedure EOF_OBJECT_P> #<eof>)  ==> #t
(INPUT-PORT? #t)  ==> #t
(#<procedure READ_CHAR> #<input file(tmp1)>)  ==> #\;
(#<procedure READ> #<input file(tmp1)>)  ==> (#t #f A () 9739 -3 . #((TEST) TE " " ST TEST #() B C))
(#<procedure READ> #<input file(tmp1)>)  ==> (DEFINE FOO (QUOTE (#t #f #\a () 9739 -3 . #((TEST) "te \" \" st" "" TEST #() B C))))
#<input file(tmp1)>
TEST-FILE
#<output file(tmp2)>
#<output file(tmp2)>
#<output file(tmp2)>
#<output file(tmp2)>
(#<procedure OUTPUT_PORT_P> #<output file(tmp2)>)  ==> #t
#t
#<output file(tmp2)>
(#<procedure READ> #<input file(tmp2)>)  ==> (DEFINE FOO (QUOTE (#t #f #\a () 9739 -3 . #((TEST) "te \" \" st" "" TEST #() B C))))
(#<procedure EOF_OBJECT_P> #<eof>)  ==> #t
(#<procedure EOF_OBJECT_P> #<eof>)  ==> #t
(INPUT-PORT? #t)  ==> #t
(#<procedure READ_CHAR> #<input file(tmp2)>)  ==> #\;
(#<procedure READ> #<input file(tmp2)>)  ==> (#t #f A () 9739 -3 . #((TEST) TE " " ST TEST #() B C))
(#<procedure READ> #<input file(tmp2)>)  ==> (DEFINE FOO (QUOTE (#t #f #\a () 9739 -3 . #((TEST) "te \" \" st" "" TEST #() B C))))
#<input file(tmp2)>
TEST-SC4

Passed all tests
#<output &output>

;testing inexact numbers; 
SECTION(6 5 5)
(#<procedure INEXACT_P> 3.9)  ==> #t
(INEXACT? #t)  ==> #t
(MAX 4.0)  ==> 4.0
(EXACT->INEXACT 4.0)  ==> 4.0
(#<procedure ROUND> -4.5)  ==> -4.0
(#<procedure ROUND> -3.5)  ==> -4.0
(#<procedure ROUND> -3.9)  ==> -4.0
(#<procedure ROUND> 0.0)  ==> 0.0
(#<procedure ROUND> 0.25)  ==> 0.0
(#<procedure ROUND> 0.8)  ==> 1.0
(#<procedure ROUND> 3.5)  ==> 4.0
(#<procedure ROUND> 4.5)  ==> 4.0
(#<procedure CALL_WITH_OUTPUT_FILE> "tmp3" #<interpreted function ???>)  ==> #t
(#<procedure READ> #<input file(tmp3)>)  ==> (DEFINE FOO (QUOTE (0.25 -3.25)))
(#<procedure EOF_OBJECT_P> #<eof>)  ==> #t
(#<procedure EOF_OBJECT_P> #<eof>)  ==> #t
(INPUT-PORT? #t)  ==> #t
(#<procedure READ_CHAR> #<input file(tmp3)>)  ==> #\;
(#<procedure READ> #<input file(tmp3)>)  ==> (0.25 -3.25)
(#<procedure READ> #<input file(tmp3)>)  ==> (DEFINE FOO (QUOTE (0.25 -3.25)))
(PENTIUM-FDIV-BUG #t)  ==> #t

Passed all tests
#<output &output>

;testing bignums; 
SECTION(6 5 5)
(#<procedure MODULO> -2177452800 86400)  ==> 0
(#<procedure MODULO> 2177452800 -86400)  ==> 0
(#<procedure MODULO> 2177452800 86400)  ==> 0
(#<procedure MODULO> -2177452800 -86400)  ==> 0
(REMAINDER #t)  ==> #t
(REMAINDER #t)  ==> #t
SECTION(6 5 6)
(#<procedure STRING_2_NUMBER> "281474976710655")  ==> 281474976710655
(#<procedure NUMBER_2_STRING> 281474976710655)  ==> "281474976710655"

Passed all tests
#<output &output>

#<output &output>
To fully test continuations, Scheme 4, and DELAY/FORCE do:#<output &output>

#<output &output>
(test-cont) (test-sc4) (test-delay)#<output &output>

#<output &output>
"last item in file"